Apple yesterday removed Boom the Encryption Keyboard, an app that allowed Chinese internet users to bypass censorship, from the China app store, according to its developer.

Wang Huiyu, a New York-based Chinese citizen in his 20s, told Quartz that he developed Boom together with one of his university classmates during the outbreak of the coronavirus. Part of the motivation for Wang to develop the app, which went live on Feb. 15, was to offer people a chance to counter rigid online surveillance, and to provide them with an entertaining private messaging app.

According to an email sent by Apple to Wang, the app was removed because it contained content that is illegal in China. The app is still available in other regions, including Hong Kong, he said.

I designed the app because I wanted to remind people of the importance of privacy, and my target customers are people born after 1995 or 2000. I feel those under 20 will be able to accept new things and ideas the fastest, said Wang.

Boom encrypts text, both in Chinese and English, by turning them into emoji or Japanese or Korean characters, as well as rearranging lines of text in random order. The receivers of such messages can decrypt them by copying the emoji or characters using the app, with the original text then displayed automatically on the keyboards interface. As Chinas blanket online censorship relies heavily on the detection of key words or even pictures containing sensitive words, apps like Boom can help users avoid such scrutiny.

Another app developed by Wang, which offered animated wallpapers featuring political figures including former Chinese leader Jiang Zemin, was also removed (link in Chinese) from Apples mainland China app store on the same day as Boom, he said.

Apple has removed apps from its China app store in the past for containingillegal content. Among the apps that have been pulled were Quartzs news app, which was removed from the China app store last year.

Apple did not immediately reply to a request for comment.

While most apps that enable encrypted messages and communications have long been banned in China, Wang said he suspects Boom drew the attention of authorities because of the way Chinese internet users quickly moved to preserve a particular coronavirus-linked article from being scrubbed by censors recently.

The article in question is an interview with Ai Fen, a Wuhan doctor who said she was reprimanded for alerting other people about the novel coronavirus. The article, published on March 10 by Chinas Ren Wu magazine, was deleted within hours of its publication. Various versions of the article, including those reproduced in emoji, English, and even Hebrew, emerged after the deletion as people scrambled to save Ais story, part of a broader wave of efforts by internet users in China to prevent censors from removing crucial stories and memories related to the epidemic. Wang said downloads of Boom from mainland China surged after the incident.

Apple has been repeatedly accused of bowing to China by removing apps, such as a Hong Kong live map app that allowed protesters to crowdsource police movements during last years protests in the city.

Continued here:
Encryption app to avoid coronavirus censorship removed by Apple in China - Quartz

While the whole world is being crippled by the coronavirus pandemic, China, the country to be first affected, says that its not improving drastically.

It is, however, questionable whether they improved as a result of the prompt healthcare delivery or blatant censorship that hides whats really going on in the country.

The latter may be equally true, considering Chinas rampant authoritarian censorship practices.

Apple is now amidst more censorship drama with the Chinese government.

The big tech company is under pressure for removing an app from the Chinese App Store that was being used to share news related to the pandemic inside the country.

The Boom Text Encryption Keyboard app by Huiyu Wang, a New York-based Chinese developer, was developed in an effort to encrypt and decrypt text messages.

Chinese citizens used the app to share information and get a hold of the recent developments surrounding the coronavirus pandemic.

At a juncture where the Chinese government may end up tightening the leash around information circulation, apps such as Boom are invaluable.

The app makes use of techniques such as emoji replacement and word jumbling to facilitate encrypted message communication.

The app allowed Chinese users to share information about the coronavirus without being detected by the filters deployed by the Chinese government.

It was first available when the coronavirus infestation reached up to mainland China. Based on Wangs recent tweet, it was found that Apple pulled out the app as it was content that is illegal in China.

Wang says that the app must have attracted attention from the Chinese officials when it was used to circulate an interview related to Coronavirus that the government was trying to censor.

Whats more, Wang says that his social media profiles as well as an app, completely unrelated to the encrypted keyboard, were now removed.

Alas, this hasnt been the first time Apple has censored on behalf of the Chinese government.

Time and again, Apple took down several apps, especially VPN applications from the App Store just because the Chinese government directed it to do so.

While proclaiming that privacy is a human right, the tech giant ends up removing several applications that allow the Chinese netizens to have private conversations and steer clear of the censorship imposed by their government.

Continued here:
Apple censors encrypted chat app BOOM on behalf of Chinese government - Reclaim The Net

from the encrypt-ALL-the-things! dept

Be it Cambridge Analytica, Equifax, or wireless carrier location data, the U.S. has already faced a steady parade of privacy and security related scandals. Now as countries around the world hunker down to slow the rate of COVID-19, the problem could easily grow even larger as a chain reaction of implications make privacy, security, and tools like encryption more important than ever.

Millions of Americans are now telecommuting for the first time. As they do so, more than a few of them won't be wise enough to use basic security precautions while handling sensitive work or health related data. And as we've noted for years, services like VPNs often don't provide reliable protection, given it's hard to verify just how secure or trustworthy service owners are. Many services were already shady as hell, and even the reliable offerings may struggle under the load.

Many folks are already using the pandemic as scam fodder. As a result, the shift to home work -- and the dramatic spike in healthcare information being shoveled around the internet -- means that the battle over encryption is also more important than ever:

As with everything this pandemic is going to touch, there are layers and layers of complications here. Many popular teleconferencing services don't have particularly great privacy standards. And with no U.S. privacy law to speak of for the internet era (outside of the problematic COPPA), it shouldn't be hard to see how we might run into some additional problems. It should also be easy to see how the pandemic may provide justification for all manner of problematic privacy and security related behavior, from the war on encryption to the quest to expand domestic surveillance.

Israel, for example, has started using a previously unknown database of phone location data to help track the spread of COVID-19. The Washington Post this week indicated that both Google and Facebook (that bastion of privacy-related trust) are also working with the U.S. government to explore the use of location data to help combat the spread of the virus. Experts suggest that we should be able to walk and chew gum at the same time, including data sharing and sunset provisions into any efforts designed to battle the pandemic:

We're only going to have so much attention to go around as we worry about ourselves, our families, and our livelihoods. Unfortunately, the pandemic could easily provide cover for the steady expansion of problematic domestic surveillance efforts that continues at a pretty brisk clip, even in normal times.

Filed Under: covid-19, encryption, privacy, surveillance, tracking

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Privacy & Encryption Will Be More Important Than Ever In Wake Of Coronavirus - Techdirt

The Covid-19 pandemic is impacting communities around the world. For the 2 billion of those people who also use the encrypted communication service WhatsApp, now more than ever is a time for calling, messaging, and seeking trustworthy information. So the World Health Organization is going where the people are, launching a new tool called WHO Health Alert on WhatsApp today.

When you text "hi" to +41 79 893 1892 over WhatsApp, you'll receive back a text from the WHO that includes a variety of menu items for the latest information, like novel coronavirus infection rates around the world, travel advisories, and misinformation that should be debunked. Think of it like a hotline: Text 1 for the latest statistics, 4 for mythbusters, that type of thing. The WHO can also send out proactive alerts as needed to everyone who's signed up.

Read all of our coronavirus coverage here.

The WHO isn't the first to enlist WhatsApp in this manner. The Facebook-owned app's ubiquity and experience handling disinformation has made an obvious choice for governments and international organizations, placing it squarely at the center of the novel coronavirus responsewith all the responsibility and controversy that entails.

"We already have over one million people signed up even though we havent even announced it yet," says Will Cathcart, who runs WhatsApp, of WHO Health Alert. "It's great. There seems to be a lot of appetite from people for ways to get good, accurate information and were happy to do what we can there to help."

Helplines are preferable in many ways to landing pages, social media profiles, or massive open channels, because they allow governments to use WhatsApp like regular users, having one-to-one interactions with constituents. The only difference is that the responses are automated.

Organizations can find out their options for setting up similar chatbot mechanisms at this landing page for WhatsApp's Coronavirus resources. The bots run through WhatsApp's business application programming interface, which maintains WhatsApp's encryption and allows entities to manage their services

All the new institutional uses combined with widespread social isolation means that more people than ever are using WhatsApp for messagingand an especially large volume of phone calls and video chats. To keep up with demand, Cathcart says that WhatsApp has nearly doubled its server capacity in the last few weeks.

"We dont know whats coming, and we view WhatsApp as a lifeline for people to communicate when they need it. And the core thing we offer is that itll be there and work," he says. "Were hearing all these amazing anecdotes especially out of places on the front lines of things like health care workers using WhatsApp to communicate with patients, to communicate with each other. Schools using it to try to do remote education, people using it to keep in touch with their friends and family, either through messaging, but actually exceptionally through video calling and voice calling. And were seeing that in the data with a ton of extra usage."

On a platform that has struggled for years to curb misinformation, all of that extra usage has also bred pandemic-related rumors and myths. WhatsApp's end-to-end encryption means that only the devices at either end of a communication hold data unencrypted. WhatsApp itself is totally boxed out of being able to access user communications other than metadata like which accounts are interacting. This means the company can't moderate content on the service like social networks can. Users can communicate on WhatsApp without being surveilled by oppressive governments, but those same protections can also make it easier for misinformation to spread. Meanwhile, law enforcement in the US and around the world have increasingly lobbied to undermine end-to-end encryption.

Cathcart says WhatsApp's priority, even more so during the pandemic, is to elevate accurate information and support fact-checking organizations around the world. The company announced a $1 million donation on Wednesday to the Poynter Institute's International Fact-Checking Network. The goal is to help buoy the #CoronaVirusFacts Alliance, which is bringing together 100 local organizations in more than 45 countries to fight Covid-19-related disinformation.

Read the original here:
WhatsApp Is at the Center of Coronavirus Response - WIRED

Proof-of-concept exploit code has emerged for last month's data-leaking Krk vulnerability present in a billion-plus Wi-Fi-connected devices and computers.

The team at infosec outfit Hexway told The Register on Friday it has crafted a working exploit for the flaw which is present in equipment that uses Broadcom's communications chipsets. This design blunder can be abused by nearby miscreants to snatch snapshots of private data, such as web requests, messages, and passwords, over the air from devices as they are transmitted, if said data is not securely encrypted using an encapsulating protocol, such as HTTPS, DNS-over-HTTPS, a VPN, and SSH.

Crucially, to pull this off, a hacker does not need to be on the same Wi-Fi network as the victim: just within radio range of a vulnerable phone, gateway, laptop, or whatever is being probed.

"Among the devices vulnerable to this attack are the ones from Samsung, Apple, Xiaomi and other popular brands," Hexway told The Register. "To perform the Krk attack, a hacker just needs his or her victim to be connected to the Wi-Fi."

Designated CVE-2019-15126, the Krk bug revolves around the transmission data buffers in Broadcom chips. Researchers at ESET found that, in specific circumstances, an attacker can force a nearby device to disconnect from its Wi-Fi point, causing it to emit any data still in its transmit buffer with an encryption key value of zero. Thus a nearby snooper can decrypt this transmitted information flushed from the buffer. If the data isn't wrapped up in additional encryption, such as HTTPS, it can be read as plain text.

Hexway has managed to weaponize the design error in Broadcom's hardware by using a Raspberry Pi 3 with a Python script. This setup was able to yield keys and private data from a Sony Xperia Z3 Compact and Huawei Honor 4X, because they use the vulnerable chipset.

It is also believed that certain models of Amazon Echo and Kindle, Google Nexus smartphones, and both the iPad and iPhone are vulnerable to the flaw.

"After testing this PoC on different devices, we found out that the data of the clients that generated plenty of UDP traffic was the easiest to intercept," Hexway said in an advisory accompanying its code.

"Among those clients, for example, there are various streaming apps because this kind of traffic (unlike small TCP packets) will always be kept in the buffer of a Wi-Fi chip."

Those so inclined can get the script from Hexway via GitHub. Meanwhile, security outfit Thice has cooked up its own exploit proof-of-concept as well.

The Thice report includes further details on the flaw, which may not be as bad as feared.

"So, yeah, Krk is real and not that hard to exploit when a vulnerable router is involved," says the Thice recap. "However, the amount of data that you can steal this way is limited since it is only a couple of packets per disconnect."

If you haven't already done so, and if you're able to, and if it's necessary, check for and install software patches from your devices' manufacturers to address the Krk vulnerability.

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Bored during lockdown? Why not try out these data-spilling Krk Wi-Fi bug exploits against your nearby devices - The Register

A recent patent application by Apple describes a system using face recognition and eye-tracking to prevent privacy invasion by people looking over the shoulder of an electronic device user.

The application filed for Gaze-Dependent Display Encryption, published by the United States Patent and Trademark Office (USPTO), was filed in September, 2019. It describes a system for obscuring images and other screen contents that are not being looked at in the moment by the rightful user. This means that an iPhone, iPad or Apple Watch could leave only a certain region of a display clear, and the patent suggests this can be done without disrupting the users visual experience, by using visual encryption which retains the overall look and structure of that region.

(A) single shift in ASCII codes can be used to hide the meaning of text content without changing the shape or the white space of the displayed text, the eight California-based researchers listed as inventors write in the application. Within-word shuffling of letters is another way of obscuring text that is not being read by the device owner without disrupting the overall look of the page. Color altering and image warping are also mentioned as possible techniques for visual encryption.

The primary user could be identified or authenticated with facial recognition, and display areas visually encrypted based on tracking the gaze location of the legitimate user, and possibly of onlookers.

Peripheral vision is limited compared to central vision, the researchers note, and visual clutter can impede human recognition, which enables the use of other techniques such as metamers for visual encryption. Metamers are visual stimuli that are perceptually indistinguishable, even though they are physically different from another stimulus present. The researchers note that metamers are challenging for rapidly changing display frames, such as in video.

The technology may also never see the light of day, as Apple applies for patents on many technologies that are not necessarily in development for commercial production. The company had a filing for biometric authentication to unlock multiple devices published by the USPTO in February.

Apple | biometrics | eye tracking | face detection | mobile device | patents | privacy

Read the rest here:
Apple seeks patent on display-blurring technology using face detection and gaze tracking - Biometric Update

A new Intel chip vulnerability described as unfixable could compromise the authentication process of most of the motherboards made in the last five years, giving an attacker full access to the system including encryption keys. The attack is currently theoretical in nature, however, and would require multiple complex steps to pull off including physical access to the device.

The new Intel chip vulnerability impacts CPUs that use the Intel Converged Security and Management Engine (CSME). Specifically, the flaw is found in chips that use CSME version 11. This CSME version was first used in the sixth generation of chips, which were first released in 2015. It is still in use and is not expected to be replaced until the 10th generation of Intel chips (Comet Lake) sees a retail launch sometime this year.

The flaw is found in the 6th to 9th generations of Intel CPUs, as well as the Server Platform Services and Trusted Execution Engine firmware. CSME firmware versions prior to 11.8.65, 11.11.65, 11.22.65 and 12.0.35 are vulnerable.

Intel has a firmware patch available for its own motherboards, but cannot patch the firmware of other motherboard manufacturers. That would be the vast majority of them, as Intel exited the motherboard business in 2013. It would appear that Intels firmware patch cannot actually fix the vulnerability, however; it simply attempts to block off potential exploit paths.

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A devices firmware version can be checked by accessing the BIOS during bootup. This vulnerability appears to be specific to Intel chips; AMD hardware is not affected. It is unclear if Apples T2 security chip is able to mitigate some or all of the Intel chip vulnerability.

Intels CSME is the first step in the initial authentication of any system that uses one of its chips, verifying and booting all other firmware. Its also necessary for certain other software-based security measures to function, such as Microsoft System Guard.

This means that an attacker essentially has access at as root of a level as one can get. Among other things, that means access to system encryption keys. If handled correctly, the breach would also be impossible for a system administrator to detect. An attacker could not just decrypt and exfiltrate information, but also have other computers pose as the compromised device by spoofing hardware IDs. It would also be possible to create malware and spyware that runs at the hardware level, rendering it invisible to antivirus software.

However, this Intel chip vulnerability is not one that can be exploited remotely or with any sort of ease. An attacker would need at least local access to the target computer, and even then World Privacy Forum founder Pam Dixon described the process as requiring extraordinary time and skill. What information is available indicates that a local attacker would either need to physically access the motherboard with some sort of special tools, or would need to compromise other elements of the firmware first to launch a direct memory access attack against CSME. Intel has indicated that their firmware patch will block at least some local attacks; however, security researchers believe that it will not stop someone who has physical access to the motherboard.

At the moment, the public does not have access to much in the way of detailed information about the operation of the security flaw. Positive Technologies, the security firm that uncovered the vulnerability, has promised to release a white paper in the near future that provides technical details.

Intel has struggled through a chain of processor vulnerabilities in recent years. The trouble started in 2018 with the discovery of Meltdown and Spectre, two chip vulnerabilities tied to timing measurements meant to improve processor performance. Intel was able to correct these with software patches, but the incident was serious enough to force the company to revamp its design process to address these issues. Like the new Intel chip vulnerability, these exploits could give attackers far-reaching access to compromised systems and in the case of Meltdown would be virtually undetectable.

The timing of all of this has been unfortunate for the company from a market perspective, as chief rival AMD has made great strides during this same period and now features performance and stability that rivals Intel products at a lower price point.

New #Intel chip vulnerability allow #hackers to run #malware and spyware at hardware level which will not be detected by antivirus software. #respectdata Click to Tweet

The current Intel chip vulnerability is manageable only if system manufacturers opt to create firmware updates for it, but at best it appears this will only curtail local access. Organizations will need to prevent physical access to computers to truly be certain that the exploit cannot be leveraged. Given this, it appears the only 100% safe fix is to replace a vulnerable CPU. That either means a switch to AMD, or a wait of possibly some months for the 10th generation of Intel processors to become more widely available.

See more here:
Unfixable Intel Chip Vulnerability Could Undermine Encryption on Five Years Worth of Computers, But Is a Difficult Attack to Pull Off - CPO Magazine

Bipartisan Senate Judiciary Committee introduces bill that censors online content and attacks encryption By Kevin Reed 17 March 2020

Leading members of the Senate Judiciary Committee formally introduced a bipartisan bill on March 5 that escalates US government censorship of online content and directly attacks encryption of electronic communications under the cover of fighting online child sexual abuse material (CSAM).

Senate Judiciary Committee Chairman Lindsey Graham (Republican of South Carolina), US Senators Richard Blumenthal (Democrat of Connecticut), Josh Hawley (Republican of Missouri) and Ranking Member Dianne Feinstein (Democrat of California) jointly introduced the Eliminating Abusive and Rampant Neglect of Interactive Technologies Act (EARN IT Act) that purports to encourage the tech industry to take online child sexual exploitation seriously.

The concept behind the law is that tech companies have to earn their protected immunity from prosecution for any illegal content published by users on their platforms by scanning and decrypting every message, image or post. Until now, online service providers were not responsibleunder what are known as the Section 230 provisions of the Communications Decency Act of 1996for anything users publish on websites, social media accounts or cloud servers.

In introducing the bill, Senator Graham said, This bill is a major first step. For the first time, you will have to earn blanket liability protection when it comes to protecting minors. Senator Blumenthal added, Companies that fail to comport with basic standards that protect children from exploitation have betrayed the public trust granted them by this special exemption.

While claiming to fight online CSAM and enlisting the support of 70 organizations involved in stopping child sexual exploitation, the bills actual content shows that its ultimate purpose is an attack on fundamental democratic rights.

The law calls for the creation of a 19-member commission controlled by the attorney general and US law enforcement agencies. The EARN IT commission will establish best practices that must be followed by the technology companies or they will face criminal prosecution if content on their services is found to be illegal.

According to the Electronic Frontier Foundation (EFF), among the best practices of the EARN IT Act is a proposal by John Shehan, vice president at the National Center for Missing and Exploited Children (NCMEC), that says, online services should be made to screen their messages for material that NCMEC considers abusive; use screening technology approved by NCMEC and law enforcement; report what they find in the messages to NCMEC; and be held legally responsible for the content of messages sent by others.

Therefore, the EARN IT law will place the tech companies and their users in a Catch-22. The law mandates that tech providers either agree to monitor the content and violate the privacy and free speech rights of their users by screening everything they publish, post or store on the service or they agree to be prosecuted by the state for any illegal content that appears on their site.

EFF further explains that the 19-member commission will be completely dominated by law enforcement and allied groups like NCMEC, and the bill gives Attorney General Barr the power to veto or approve the list of best practices. Even if other commission members do disagree with law enforcement, Barrs veto power will put him in a position to strongarm them.

It is well known that William Barr and the US Justice Department have been advocates of online censorship and for abolishing end-to-end encryption in consumer electronic devices. There is nothing stopping the EARN IT Act from introducing as one of its best practices a provision for law enforcements back-door access to encrypted communications and data files. Those firms which refuse to comply would then have their Section 230 protections eliminated.

It is a measure of the dishonesty of the American political system that leading Democrats and Republicans can so transparently use the fears and emotions of the public against child exploitation as a means of attacking fundamental rights protected by the Constitution.

On May 11, the Senate Judiciary Committee held a public hearing on the EARN IT Act and took testimony from witnesses on the proposed legislation. Among the speakers were representatives from the NCMEC, Jared Sine of the online dating company Match Group, a child exploitation legal expert, and Elizabeth Banker of the Internet Association. Of these speakers, only the last spoke against the EARN IT Act.

In her presentation, Banker explained that many of the major tech firms todayincluding Amazon, Ebay, Facebook, Google, Microsoft, Twitter and Uberare members of the Internet Association. She went on to review the multi-faceted measures that tech companies have been engaged in to combat CSAM, going back to the passage of the Communications Decency Act of 1996, from their platforms.

Banker then explained how the EARN IT Act would create numerous problems and hinder the efforts to combat CSAM by violating online users First and Fourth Amendment rights because the providers will be acting as agents of the government. She stated, Under Fourth Amendment jurisprudence, a search performed by an agent of the government is subject to the same requirements as if the government performed the search directly.

Banker also spoke about the implications for freedom of speech in the Senate Judiciary Committee bill, The EARN IT Act would delegate important decisions concerning security, privacy, and free speech on the internetweighty and complex matters that directly impact hundreds of millions of consumersto an administrative body that would be composed of members who are not elected representatives and that would operate with little transparency.

Finally, Banker said that although the bill does not specifically mention encryption, Requiring companies to engineer vulnerabilities into their services would make us all less secure. Encryption technology stands between billions of internet users around the globe and innumerable threatsfrom attacks on sensitive infrastructure, including our highly automated financial systems, to attempts by repressive governments to censor dissent and violate human rights.

It could not have been lost on the Democratic and Republican senators or Elizabeth Banker of the Internet Association that the greatest threat of censorship and violation of human rights all over the world, including within the US itself, comes from American imperialism.

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Bipartisan Senate Judiciary Committee introduces bill that censors online content and attacks encryption - World Socialist Web Site

Cloud Encryption

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Big Boom in Cloud Encryption Market over 2020-2026 with CipherCloud Inc., Hytrust Inc., Gemalto NV, IBM Corporation and more - The Four Point Play

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Prominent players profiled in the study: Dell, Eset, Gemalto, IBM, Mcafee, Microsoft, Pkware, Sophos, Symantec, Thales E-Security, Trend Micro, Cryptomathic, Stormshield

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This Report Provides an overview of the Encryption Software market, containing global revenue, global production, sales, and CAGR. Also describe Encryption Software product scope, market overview, market opportunities, market driving force, and market risks. The forecast and analysis of the Encryption Software market by type, application, and region are also presented. The next part of the report provides a full-scale analysis of Encryption Software competitive situation, sales, revenue and global market share of major players in the Encryption Software industry. The basic information, as well as the profiles, applications, and specifications of products market performance along with Business Overview, are offered.

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Encryption Software Industry Ongoing Qualitative Analysis with Impacting Factor's 2020 by Dell, Eset, Gemalto and more - 3rd Watch News